Kerrigan Automation is a significant player in the extension of AI agents into the physical world. While many agentic systems are confined to digital workflows, Kerrigan provides the orchestration and control layer necessary for agents to interact with industrial hardware. By creating a unified software interface for robots, conveyors, and factory telemetry, they enable the development of "industrial agents"—systems that can perceive factory floor conditions, make autonomous decisions to optimize production, and execute those decisions through physical movement.
In the broader agent ecosystem, Kerrigan occupies the physical execution and telemetry collection niche. They are effectively building the infrastructure that allows Large Action Models (LAMs) and industrial AI to operate in high-stakes manufacturing environments. This matters to the agent community because it solves the "last mile" problem of physical automation, moving agents from simple digital assistants to active participants in the physical supply chain.
Industrial automation has historically been a fragmented discipline, split between the physical hardware and the logic controllers that govern them. Companies often find themselves managing a patchwork of robots, conveyors, and automated storage systems, each with its own language and proprietary constraints. Kerrigan Automation is building an orchestration layer designed to unify these disparate systems into a single software-controlled environment. Based in San Jose, the company aims to move the industry away from hard-coded automation toward a more flexible, AI-driven model.
Kerrigan is the result of engineers who spent years at the forefront of the most automated factories in the world. The team credits their experience at Tesla, Rivian, and VW Group as the foundation for their platform. In those environments, the software stack is as critical as the assembly line itself. Kerrigan is now productizing that internal expertise for the wider manufacturing market, allowing traditional factories to deploy robotics in weeks rather than the months typically required for custom industrial integration.
The platform operates as a central nervous system for the factory. It connects to robotic arms, mobile robots (AMRs), and conveyor systems, while simultaneously integrating with the business logic layers like ERP (Enterprise Resource Planning) and MES (Manufacturing Execution Systems). This connectivity is more than a simple API bridge; it is about real-time orchestration. If a mobile robot is delayed on the factory floor, the orchestration layer can adjust the upstream production schedule or the downstream robotic arm's tasks to maintain optimal flow.
Industrial AI is the core of their value proposition. In a standard factory setup, downtime is often reactive—something breaks, and then the staff fixes it. Kerrigan uses AI to analyze telemetry from thousands of connected machines to predict failures and optimize uptime. This shift from static logic to adaptive intelligence is what separates their approach from traditional SCADA (Supervisory Control and Data Acquisition) systems. The goal is a factory that can react to environmental changes or production shifts without a complete re-programming of the floor hardware.
Kerrigan enters a market dominated by massive, established entities. Competitors like Inductive Automation (with its Ignition platform) and Beckhoff Automation have long provided the tools used by Fortune 100 companies. However, these legacy systems are often complex to deploy and require significant specialized labor. Kerrigan is betting that manufacturers are ready for a more streamlined, software-centric approach that mirrors the cloud-native stacks seen in the IT world.
By focusing initially on mobile robots and high-mix manufacturing environments, Kerrigan targets the areas of the factory floor where flexibility is most valuable. Their presence in San Jose puts them at the center of the hardware-software intersection, allowing them to iterate on the specific needs of modern, high-tech manufacturing. As companies seek to "re-shore" production and increase domestic manufacturing capacity, the ability to automate quickly and reliably becomes a primary competitive advantage.
Software for factory automation, orchestration, and control.
Kerrigan Automation is hiring.